1) hydrocarbon compressor
氢碳压缩机
2) hydrogen compressor
氢压缩机
1.
Design of steel structural workshop building for hydrogen compressor;
氢压缩机钢结构厂房的设计
3) hydrogen compressor
氢气压缩机
1.
Circulation and reutilization of cooling water for mechanical seal of hydrogen compressors;
氢气压缩机机封冷却水循环利用改造
2.
Application of hydrogen compressor new technology in diesel oil hydrofining unit;
氢气压缩机新技术在柴油加氢装置中的应用
3.
The hydraulic oil cut-off phenomenon often occurred in the using process of PTA plant hydrogen compressor was analysed.
分析PTA装置氢气压缩机在使用过程中经常发生液压油断流现象,采取相应措施,使压缩机正常工作,最大限度地保障装置的平稳运行。
4) hydrogen compressor
加氢压缩机
1.
Failure analysis of bolt on the hydrogen compressor cylinder cover;
加氢压缩机气缸盖螺栓断裂故障分析
5) Recycle hydrogen compressor
循环氢压缩机
1.
Energy expanding reconstruction of recycle hydrogen compressor for hydrocracking;
加氢裂化循环氢压缩机扩能
2.
Recycle hydrogen compressor has widely used in the hydrofining unit and catalyticreforming unit in petrochemical industry and it iscore equipment in that field.
循环氢压缩机已广泛应用于石化行业的加氢精制和催化重整装置中,且为核心设备。
6) Nitrogen-hydrogen compressor
氮氢气压缩机
1.
To solve the first stage piston ruptured frequently in 6M50 Nitrogen-hydrogen compressor,by means of setting up a 3-dimentional model and using Finite-Element Method to analyze the piston’s stress and distortion.
针对6M50氮氢气压缩机一级活塞频繁破裂,采用三维实体建模和有限单元法对其进行了应力和变形分析,为此类活塞的改造提供理论依据。
2.
By means of FEM (Finite-Element Method),this paper set up a 3-dimentional model under the practical operation condition for 6M32A Nitrogen-hydrogen compressor s crankshaft.
采用有限元法,对6M32A氮氢气压缩机曲轴进行了实际运行工况下的三维建模,研究了整个曲轴的应力和变形状态,校核了曲轴在交变载荷下的静强度和疲劳强度,为压缩机曲轴的改进设计提供了有价值的理论依据。
补充资料:氢(压缩的)